The Extra X: How the Sex Chromosome Affects Autoimmunity Risk
What underlies the uneven burden of autoimmunity between the sexes has remained a mystery. Now, scientists found clues by turning to a key player on the X chromosome.
The Extra X: How the Sex Chromosome Affects Autoimmunity Risk
The Extra X: How the Sex Chromosome Affects Autoimmunity Risk
What underlies the uneven burden of autoimmunity between the sexes has remained a mystery. Now, scientists found clues by turning to a key player on the X chromosome.
What underlies the uneven burden of autoimmunity between the sexes has remained a mystery. Now, scientists found clues by turning to a key player on the X chromosome.
For two decades, scientists struggled to fully sequence the Y chromosome. Finally, researchers have mapped its full length thanks to recent advances in sequencing technology.
Evidence from various sciences reveals that there are diverse ways of being male, female, or both. An anthropologist argues that embracing these truths will help humans flourish.
A large, long-term study across the US and Sweden finds potential correlations between specific pollutants and the proportions of male and female babies born.
Wing development in females is environmentally controlled, but in males, an insertion on the sex chromosome appears to dictate whether the insects grow wings, according to a study.
When X-linked genes evade silencing on the “inactive” chromosome in XX cells, some protect women from diseases such as cancer, but others seem to promote conditions such as autoimmunity.
Working with bacteriophages and nematodes, the University of California, Berkeley, molecular biologist uncovered a role for genetic switches in early development.
A genomic analysis from 23andMe suggests that people inherit two copies of a chromosome from only one parent nearly twice as often as researchers had realized.
A new study reveals an association between smoking and rates of Y chromosome loss in blood cells, which may explain elevated cancer risk among male smokers.
The oviducts of pigs exhibit different gene expression profiles depending on their exposure to sperm with either an X or a Y chromosome, a study shows.